Imixholo fihla
1 I-MICROCHIP PD77728 Imo yokuBhalisa ngokuzenzekela imephu
2 Imiyalelo yokusetyenziswa kwemveliso
3 Intshayelelo
4 Bhalisa Ukusebenza
5 Imbali yohlaziyo
6 Ulwazi lweMicrochip
7 Intengiso kunye neNkonzo yeHlabathi liphela
8 Amaxwebhu / Izibonelelo
8.1 Iimbekiselo
9 Izithuba eziyeleleneyo

I-MICROCHIP-logo

I-MICROCHIP PD77728 Imo yokuBhalisa ngokuzenzekela imephu

I-MICROCHIP-PD77728-Auto-Mode-Register-Map-product-image

IiNkcazo zeMveliso

  • Umzekelo: PD77728
  • Indlela: Okuzenzekelayo
  • Bhalisa imephu: Ibandakanyiwe

Imiyalelo yokusetyenziswa kwemveliso

I-Automode Operationing Flowchart
I-Automode Operational Flowchart ibonelela ngesikhokelo senyathelo nenyathelo lokusebenzisa imephu yerejista yePD77728:

  1. Qala inkqubo.
  2. Yenza uSeto lokuQala (ukhetho) ngokuqwalasela isigqubuthelo semaski (0x01), uMbaluleko weZibuko (0x15), Izinto ezahlukeneyo (0x17), iimephu zeZibuko (0x26), i-OSS ye-multi-bit port ephambili (0x27, 0x28), umda wamandla wePort (0x2A, 0x2B ), kunye ne-Adjustable Inrush (0x40).
  3. Khangela ukuba useto Lokuqala lugqityiwe.
  4. Ukuba u-EWE, qhubela kuSeto lweMowudi yesiZibu ngokuqwalasela imowudi yesiZibuko (0x12) kunye neqhosha lokutyhala laMandla (0x19).
  5. Ukuba HAYI, khangela ukuba i-Interrupt Pin iphantsi.
  6. Ukuba u-EWE, funda irejista yezehlo (0x00) kunye neerejista zezehlo ezihambelanayo (0x02-0x0B).
  7. Khangela ukuba iZibuko LIYAQHUBEKA.
  8. Ukuba EWE, funda iMilinganiselo yePort Measures: Voltage & Yangoku (0x30-0x3F), IEEE IiParamitha zoMsayino (0x44-0x4B), iiParamitha zoHlelo (0x4C- 0x4F), kunye ne-Autoclass Parameters (0x51-0x54)
  9. Phelisa inkqubo.

Bhalisa Iinkcukacha zemephu
Iinkcukacha zemephu yerejista yesixhobo sePD77728 zidweliswe kwiitafile ezahlukeneyo:

  1. Iziphazamisi (Uluhlu 2-1)
  2. Isiganeko (Uluhlu 2-2)
  3. Ubume (Uluhlu 2-3)

Imibuzo Ebuzwa Rhoqo (FAQ)

  • Q: Ngawaphi amacandelo aphambili e-PD77728 Auto Mode Register Map?
    A: Awona macandelo aphambili abandakanya iziphazamiso, iMisitho, kunye neerejista zeSimo njengoko kucacisiwe kwiitheyibhile zeemephu zerejista.
  • Q: Ndiyiqwalasela njani iNkqubo yeSibuko kwi-Automode Operational Flowchart?
    A: Ungaqwalasela iMowudi yesiZibuko ngokucwangcisa imo yeSibuko (0x12) kunye neqhosha lokutyhala laMandla (0x19) ngokwemiyalelo enikiweyo.

PD77728 Auto Mode Bhalisa Map

Intshayelelo

Olu xwebhu luchaza imephu yerejista yePD77728 kunye nokusebenza kwerejista. Indlela yokunxibelelana ye-PD77728 isekelwe kwi-I2C, isebenzisa ukufikelela kwirejista njengoko kuboniswe kwi-Figure 1. I-PD77728 nganye iquka iidilesi ezimbini ze-I2C ezilandelelanayo (idilesi ye-I2C enye ilawula i-4 izibuko ze-2 pairs). Iidilesi ezimbini ze-I2C zisetwe ngezikhonkwane A1–A4, kwaye idilesi nganye inamasuntswana asi-7. Isixhobo sePD77728 asifuni nkxaso yokwelula iwotshi evela kumamkeli. Jonga icandelo le-I2C kwi-PD77728 Datasheet ukucwangcisa idilesi ye-I2C.
Umzobo 1. Iintengiselwano ze-I2CI-MICROCHIP-PD77728-Imo-Ezizenzekelayo-Bhalisa-Imephu- (1)

  1. I-Automode Operationing Flowchart
    Lo mzobo ulandelayo ubonisa i-Automode Operational Flowchart yemephu yerejista yePD77728.
    Umfanekiso 1-1. I-Automode Operationing FlowchartI-MICROCHIP-PD77728-Imo-Ezizenzekelayo-Bhalisa-Imephu- (2) I-MICROCHIP-PD77728-Imo-Ezizenzekelayo-Bhalisa-Imephu- (3) I-MICROCHIP-PD77728-Imo-Ezizenzekelayo-Bhalisa-Imephu- (4)
  2. Bhalisa imephu
    Ezi theyibhile zilandelayo zidwelisa iinkcukacha zemephu yerejista yesixhobo sePD77728.

Uluhlu 2-1. Iyaphazamisa

Idilesi Igama R/W Uhlobo Incinci 7 Incinci 6 Incinci 5 Incinci 4 Incinci 3 Incinci 2 Incinci 1 Incinci 0 Phinda umisele iState
0x00 Ukuphazamisa RO Inkqubo Supply Event Qala iFault Ukulayisha ngaphezulu Iklasi Yenziwe I2C

SR/ Cap Meas

 Disco inect Pwr Kuhle

Isiganeko

 Pwr Vulela

Isiganeko

 1000,

0000b
0x01 Int

Imaski

 R/W Inkqubo Imaski 1000,

0000b

Uluhlu 2-2. Isiganeko

Idilesi Igama R/W Uhlobo Incinci 7 Incinci 6 Incinci 5 Incinci 4 Incinci 3 Incinci 2 Incinci 1 Incinci 0 Lungisa kwakhona Umbuso
0x02 Amandla RO 4321 Amandla Utshintsho Olulungileyo Amandla Yenza Utshintsho 0000,0

000b
0x03 CoR Izibuko 4 Izibuko 3 Izibuko 2 Izibuko 1 Izibuko 4 Izibuko 3 Izibuko 2 Izibuko 1
0x04 Ukufunyanwa/

Ukuhlelwa

 RO 4321 Iklasi Yenziwe Khangela/CC Kwenziwe 0000,0

000b
0x05 CoR Izibuko 4 Izibuko 3 Izibuko 2 Izibuko 1 Izibuko 4 Izibuko 3 Izibuko 2 Izibuko 1
0x06 Impazamo RO 4321 Ukulayisha phantsi Ukulayisha ngaphezulu 0000,0

000b
0x07 CoR Izibuko 4 Izibuko 3 Izibuko 2 Izibuko 1 Izibuko 4 Izibuko 3 Izibuko 2 Izibuko 1
0x08 Qala RO 4321 Impazamo yangoku yoMda Power Up Fault 0000,0

000b
0x09 CoR Izibuko 4 Izibuko 3 Izibuko 2 Izibuko 1 Izibuko 4 Izibuko 3 Izibuko 2 Izibuko 1
0x0A Ubonelelo RO 4321 Ngaphezulu kweTemp VDD UVLO

Ukusilela

 VDD UVLO

Isilumkiso

 UVpwr UVLO PCUT34 I-PCUT1 I-OSS

Isiganeko

 i-ram

Impazamo

 00xx,0 000b
0x0B CoR

Uluhlu 2-3. Ubume

Idilesi Igama R/W Uhlobo Incinci 7 Incinci 6 Incinci 5 Incinci 4 Incinci 3 Incinci 2 Incinci 1 Incinci 0 Lungisa kwakhona Umbuso
Ngama-0x0C Khangela/ Iklasi

Ubume

 RO 1 Udidi olufunyenweyo (jonga kwiTheyibhile 3-8) Ubume bokuFumana (jonga kwiTheyibhile 3-7) 0000,00

00b
0x0D Khangela/ Iklasi

Ubume

 RO 2 0000,00

00b
0x0E Khangela/ Iklasi

Ubume

 RO 3 0000,00

00b
0x0F Khangela/ Iklasi

Ubume

 RO 4 0000,00

00b
0x10 Amandla RO 4321 Amandla Mahle Amandla Yenza 0000,00

00b
Izibuko 4 Izibuko 3 Izibuko 2 Izibuko 1 Izibuko 4 Izibuko 3 Izibuko 2 Izibuko 1
0x11 Iphini RO Inkqubo NGOKUZENZAKALELAYO Idilesi yoMxumi Igciniwe Igciniwe 0,SA[4:0],0,0b

Uluhlu 2-4. Uqwalaselo

Idilesi Igama R/W Uhlobo Incinci 7 Incinci 6 Incinci 5 Incinci 4 Incinci 3 Incinci 2 Incinci 1 Incinci 0 Lungisa kwakhona Umbuso
0x12 Izibuko

Imowudi

 R/W 4321 Imowudi yesi-4 yeZibuko (jonga kwiTheyibhile 3-9) Imowudi yesi-3 yeZibuko (jonga kwiTheyibhile 3-9) Imowudi yesi-2 yeZibuko (jonga kwiTheyibhile 3-9) Imowudi yesi-1 yeZibuko (jonga kwiTheyibhile 3-9) 0000,00 00b
0x15 PWRPR R/W 4321 Port Power Priority Khubaza i-PCUT 0000,00

00b
Izibuko 4 Izibuko 3 Izibuko 2 Izibuko 1 Izibuko 4 Izibuko 3 Izibuko 2 Izibuko 1
0x17 NONE R/W Ehlabathini lonke Ukuphazamisa iPin Vulela Port Sig Measure Igciniwe Iincinci ezininzi

Okubalulekileyo

 Guqula Igciniwe 0x29

Ukuziphatha

 1100,00

00b
IKLASI FUMANA
0x19 Amandla

Vulela

 WO 4321 Umbane ucimile Vula amandla 0000,00

00b
Izibuko 4 Izibuko 3 Izibuko 2 Izibuko 1 Izibuko 4 Izibuko 3 Izibuko 2 Izibuko 1

Itheyibhile 2-5. Ngokubanzi

Idilesi Igama R/W Uhlobo Incinci 7 Incinci 6 Incinci 5 Incinci 4 Incinci 3 Incinci 2 Incinci 1 Incinci 0 Lungisa kwakhona Umbuso
0x1B ID RO Inkqubo I-ID yokwenziwa Isazisi se-IC xxxx,x101b (Qaphela 1)
Ngama-0x1C AC/CC RO 4321 I-AutoClass ifunyenwe Uqhagamshelo Khangela Iziphumo 0000,0000b
Izibuko 4 Izibuko 3 Izibuko 2 Izibuko 1 Izibuko 3, 4 Izibuko 1, 2
  • Phawula:
  • 1. x = Ixabiso elingaziwayo
  • Uluhlu 2-6. Ezizodwa
Idilesi Igama R/W Uhlobo Incinci 7 Incinci 6 Incinci 5 Incinci 4 Incinci 3 Incinci 2 Incinci 1 Incinci 0 Phinda umisele iState
0x24 Amandla kwiFault RO 4321 Izibuko 4 Izibuko 3 Izibuko 2 Izibuko 1 0000,0000b
0x25 I-COR 0000,0000b
0x26 IiPorts Matrix R/W 4321 Port 4 remap Port 3 remap Port 2 remap Port 1 remap 1110,0100b
0x27 I-Multi-Bit Power Priority R/W 21 Resv Izibuko 2 Resv Izibuko 1 0000,0000b
0x28 R/W 43 Resv Izibuko 4 Resv Izibuko 3 0000,0000b
0x2A 4P uqwalaselo lwamaPolisa R/W 21 4P Polisa Port 1, 2 1111,1111b
0x2B R/W 43 4P Polisa Port 3, 4 1111,1111b
Ngama-0x2C Temp. RO 4321 Die Temperature 367 − 2 * (regVal_decimal) (degrees Celsius) -
0x2E VPWR RO 4321 VPwr LSB -
0x2F RO Igciniwe VPwr I-MSB -

Uluhlu 2-7. Iseti yerejista eyandisiweyo-Umlinganiselo wePort Parametric

Idilesi Igama R/W Uhlobo Incinci 7 Incinci 6 Incinci 5 Incinci 4 Incinci 3 Incinci 2 Incinci 1 Incinci 0 Phinda umisele iState
0x30 I-LSB RO 1 Izibuko 1 LSB yangoku 0000,0000b
0x31 I-MSB RO 1 Igciniwe Izibuko 1 I-MSB yangoku 0000,0000b
0x32 V-LSB RO 1 Izibuko 1 Voltagkwaye LSB 0000,0000b
0x33 V-MSB RO 1 Igciniwe Izibuko 1 Voltagkwaye MSB 0000,0000b
0x34 I-LSB RO 2 Izibuko 2 LSB yangoku 0000,0000b
0x35 I-MSB RO 2 Igciniwe Izibuko 2 I-MSB yangoku 0000,0000b
0x36 V-LSB RO 2 Izibuko 2 Voltagkwaye LSB 0000,0000b
0x37 V-MSB RO 2 Igciniwe Izibuko 2 Voltagkwaye MSB 0000,0000b
0x38 I-LSB RO 2 Izibuko 3 LSB yangoku 0000,0000b
Idilesi Igama R/W Uhlobo Incinci 7 Incinci 6 Incinci 5 Incinci 4 Incinci 3 Incinci 2 Incinci 1 Incinci 0 Phinda umisele iState
0x39 I-MSB RO 2 Igciniwe Izibuko 3 I-MSB yangoku 0000,0000b
0x3A V-LSB RO 2 Izibuko 3 Voltagkwaye LSB 0000,0000b
0x3B V-MSB RO 2 Igciniwe Izibuko 3 Voltagkwaye MSB 0000,0000b
Ngama-0x3C I-LSB RO 2 Izibuko 4 LSB yangoku 0000,0000b
0x3D I-MSB RO 2 Igciniwe Izibuko 4 I-MSB yangoku 0000,0000b
0x3E V-LSB RO 2 Izibuko 4 Voltagkwaye LSB 0000,0000b
0x3F V-MSB RO 2 Igciniwe Izibuko 4 Voltagkwaye MSB 0000,0000b

Uluhlu 2-8. ISeti yerejista eyandisiweyo-Ubumbeko 1

Idilesi Igama R/W Uhlobo Incinci 7 Incinci 6 Incinci 5 Incinci 4 Incinci 3 Incinci 2 Incinci 1 Incinci 0 Phinda umisele iState
0x40 Foldback kunye ne-Inrush RW 4321 Ayisetyenziswa I-Adjustable Inrush 0000,0000b
Izibuko 4 Izibuko 3 Izibuko 2 Izibuko 1
0x41 I-Firmware RO Inkqubo Uhlaziyo lweFirmware xxxx,xxxxb (Qaphela 1)
0x43 I-ID yesixhobo RO Inkqubo I-ID yesixhobo Ukuhlaziywa kwe-silicon Qhagamshelana neMicrochip yeyona firmware ihlaziyiweyo.
  • Phawula:
  • 1. x = Uguqulo olungaziwayo
  • Uluhlu 2-9. Imilinganiselo yeSiginitsha yePort
Idilesi Igama R/W Uhlobo Incinci 7 Incinci 6 Incinci 5 Incinci 4 Incinci 3 Incinci 2 Incinci 1 Incinci 0 Phinda umisele iState
0x44 Khangela ukuxhathisa RO 4 IPort 1 yokuFumana Ukunyangwa kweSiginitsha 0000,0000b
0x45 Khangela ukuxhathisa RO 3 IPort 2 yokuFumana Ukunyangwa kweSiginitsha 0000,0000b
0x46 Khangela ukuxhathisa RO 2 IPort 3 yokuFumana Ukunyangwa kweSiginitsha 0000,0000b
0x47 Khangela ukuxhathisa RO 1 IPort 4 yokuFumana Ukunyangwa kweSiginitsha 0000,0000b
0x48 Khangela ukuxhathisa RO 4 IPort 1 yokuFumana iSiginitsha yokuFumana amandla 0000,0000b
0x49 Khangela ukuxhathisa RO 3 IPort 2 yokuFumana iSiginitsha yokuFumana amandla 0000,0000b
0x4A Khangela ukuxhathisa RO 2 IPort 3 yokuFumana iSiginitsha yokuFumana amandla 0000,0000b
0x4B Khangela ukuxhathisa RO 1 IPort 4 yokuFumana iSiginitsha yokuFumana amandla 0000,0000b

Uluhlu 2-10. Imo yeKlasi eyabelweyo

Idilesi Igama R/W Uhlobo Incinci 7 Incinci 6 Incinci 5 Incinci 4 Incinci 3 Incinci 2 Incinci 1 Incinci 0 Phinda umisele iState
Ngama-0x4C IKlasi eyabelweyo RO 1 IZibuko zeKlasi eyabelweyo yoku-1 Kucelwe iSibuko seKlasi yoku-1 0000,0000b
0x4D RO 2 IZibuko zeKlasi eyabelweyo yoku-2 Kucelwe iSibuko seKlasi yoku-2 0000,0000b
0x4E RO 3 IZibuko zeKlasi eyabelweyo yoku-3 Kucelwe iSibuko seKlasi yoku-3 0000,0000b
0x4F RO 4 IZibuko zeKlasi eyabelweyo yoku-4 Kucelwe iSibuko seKlasi yoku-4 0000,0000b

Uluhlu 2-11. Ukucwangciswa kwe-AutoClass kunye neSimo

Idilesi Igama R/W Uhlobo Incinci 7 Incinci 6 Incinci 5 Incinci 4 Incinci 3 Incinci 2 Incinci 1 Incinci 0 Phinda umisele iState
0x51 Amandla e-AutoClass RO 1 Ugqibile Kubalwa i-AutoClass Power Port 1 0000,0000b
0x52 RO 2 Ugqibile Kubalwa i-AutoClass Power Port 2 0000,0000b
0x53 RO 3 Ugqibile Kubalwa i-AutoClass Power Port 3 0000,0000b
0x54 RO 4 Ugqibile Kubalwa i-AutoClass Power Port 4 0000,0000b

Bhalisa Ukusebenza

Idilesi yerejista nganye imele i-byte yedatha.
Irejista inezi ndlela zilandelayo:

  • RO: Funda kuphela, le rejista inokufundwa ngumninimzi (le rejista ayinakusekwa ngumninimzi).
  • R/W: Funda/Bhala, le rejista inokufundwa kwaye isetwe ngumamkeli.
  • I-COR: Sula kwi-Read, le rejista inokufundwa kuphela ngumninimzi (emva kokuba ifundiwe, ixabiso layo lihlaziywa).
  • Uhlobo:
    • Inkqubo: Irejista imele ukusebenza kwayo yonke idilesi ye-I2C, eqhagamshelwe kule rejista.
    • Izibuko: Irejista imele ukusebenza kwezibuko okanye amazibuko ambalwa, inombolo yezibuko enxulumeneyo ibhalwe kwiseli.

Iirejista zoMnyhadala (0x00 ukuya ku-0x0B) 0x00-Isiganeko esiphazamisayo

  • Isuntswana ngalinye limele isiganeko senkqubo. Xa isuntswana lilingana no-1, libonisa ukuba isiganeko senzeke.
  • Le theyibhile ilandelayo idwelisa iziganeko ezinxulumene nerejista.
  • Uluhlu 3-1. Umsitho weNkqubo
Kancinci Isiganeko Igama Inkcazo yesiganeko
0 Amandla Yenza Izibuko liqalise umjikelo wokunyusa amandla.
1 Amandla Mahle Izibuko ugqibile amandla-up stage kwaye inika amandla.
2 Susa unxibelelwano Izibuko ezihambisa amandla zihambile ukusuka kwi-ON ukuya kwi-OFF.
3 I-I2C Bus Soft Reset/Ukufunyanwa kweLifa Lilungile I-I2C ibhasi, i-50 ms ixesha lokuphuma ukusuka kwi-Start ukuya kwi-Stop imeko IEEE® ubhaqo aluphumeleli kwaye ukusetwa kwakhona kwelifa sele kukulungele ukufundeka.
4 Ulwahlulo lwenziwe Ukuhlelwa kunye ne-AutoClass igqityiwe
5 Ukulayisha ngaphezulu Ukulayisha ngaphezulu okanye isiganeko somda wangoku
6 Imposiso Yokuqala I-Inrush yangoku iphezulu kakhulu okanye ingonelanga ulwabiwo lwamandla
7 Ubonelelo Ukusilela okunxulumene nonikezelo lwenkqubo
  • 0x01—Phazamisa imaski
  • Isuntswana ngalinye limele imaski kwisiganeko senkqubo, esichazwe kwirejista 0x00.
  • Xa i-bit ibekwe ngumninimzi ukuya kwi-1, isiganeko sichazwe kwi-bit yerejista ye-0x00. 0x02/0x03—Iziganeko zamandla
  • Ezi rejista zimbini zibonisa naluphi na utshintsho kumandla wezibuko olungileyo/amandla okwenza ubume.
  • Bhalisa 0x02 yirejista efundwayo kuphela.
  • Bhalisa 0x03 yirejista yeCOR; xa ifundwa, zombini iirejista, 0x02 kunye 0x03, ziyacinywa. Bhalisa i-0x10 (iNdawo yoMbane) ibonelela ngeyona meko yombane yezibuko.
  • Amasuntswana 0…3 abonisa amandla vumela/cima utshintsho:
    • 0 = Akukho tshintsho
    • 1 = Utshintsho lwenzekile
      Amasuntswana 4…7 abonisa utshintsho oluhle lwamandla
    • 0 = Akukho tshintsho
    • 1 = Utshintsho lwenzekile
      0x04/0x05—Ukufunyanwa, uHlelo, kunye neMisitho yokuHlola uQhagamshelwano
  • Ezi rejista zimbini zibonisa utshintsho kwi-Detection, Classification, kunye ne-Connection Check Events status.
  • Bhalisa 0x04 yirejista efundwayo kuphela.
  • Bhalisa 0x05 yirejista yeCOR; xa ifundwa, zombini iirejista, 0x04 kunye ne-0x05, ziyacinywa.
  • Iirejista 0x4C ukuya ku-0x54 zibonelela ngolwazi olupheleleyo malunga neklasi eceliwe, iklasi eyabelwe, kunye nesimo se-AutoClass.
  • Amasuntswana 0…3 abonisa ubhaqo kunye notshintsho lokukhangela uqhagamshelo.
    • 0 = Ukufunyanwa kunye nokukhangela uqhagamshelwano akukagqitywa okwangoku
    • I-1 = Ukufunyanwa kunye nokukhangela uqhagamshelwano kugqityiwe I-Bits 4 ... 7 ibonisa ukufunyanwa kunye nokutshintsha ukukhangela ukudibanisa
    • 0 = Ukuhlelwa akukagqitywa okwangoku
    • I-1 = Ukuhlelwa kugqityiwe 0x06/0x07—Iziganeko zokuLayishwa phantsi/Ukulayisha ngaphezulu
  • Ezi rejista zimbini zibonisa utshintsho kwimo yezibuko ngenxa yomthwalo ongaphantsi/wokuqhawula umdibaniso okanye isiganeko somthwalo ogqithisileyo.
  • Bhalisa 0x06 yirejista efundwayo kuphela.
  • Bhalisa 0x07 yirejista yeCOR; xa ifundwa, zombini iirejista 0x06 kunye 0x07 ziyacinywa.
  • Ixabiso lomda wamandla wezibuko linokumiselwa kwirejista 0x29.
  • Amasuntswana 0…3 abonisa isiganeko somthwalo ogqithisileyo
    • 0 = Akukho tshintsho
    • 1 = Amandla asusiwe kumazibuko ngenxa yokugcwala
  • I-Bits 4 ... 7 ibonisa isiganeko sokulayisha phantsi / i-PD yokuqhawula / i-MPS
    • 0 = Akukho tshintsho
    • I-1 = Amandla asusiwe kumachweba ngenxa yokukhupha / ukuqhawula i-PD / i-MPS 0x08 / 0x09-I-Fault-up Fault / Current Limit Events
  • Ezi rejista zimbini zibonisa utshintsho kwimo yezibuko ngenxa yesiphoso samandla ezibuko (oko kukuthi, ukugxalathelana okuphezulu), kwaye xa izibuko laye lanqunyanyiswa ngenxa yesiganeko somda wangoku ixesha elide ngoko.
  • I-TLIM okanye isiphaluka esifutshane.
  • Bhalisa 0x08 yirejista efundwayo kuphela.
  • Bhalisa 0x09 yirejista yeCOR; xa ifundwa, zombini iirejista 0x06 kunye 0x07 ziyacinywa.
  • Amasuntswana 0…3 abonisa isiganeko sempazamo yokunyusa amandla
    • 0 = Akukho siphoso
    • 1 = Phakamisa impazamo kwizibuko
  • I-Bits 4 ... 7 ibonisa isiganeko sokulayisha phantsi / i-PD yokuqhawula / i-MPS
    • 0 = Akukho siphoso
    • I-1 = Amandla asusiwe kumazibuko ngenxa yesiganeko somda wangoku / omfutshane 0x0A / 0x0B-Iziganeko zoBonelelo
  • Ukubhaliswa kokuSebenza Ezi rejista zimbini zibonisa ukusilela kubonelelo lombane lwenkqubo.
  • Isuntswana ngalinye libonisa ukusilela okuthile.
  • Bhalisa 0x0A yirejista efundwayo kuphela.
  • Bhalisa 0x0B yirejista yeCOR; xa ifundwa, zombini iirejista, 0x06 kunye 0x07, ziyacinywa.
    Le theyibhile ilandelayo ichaza ukusilela okunxulumene neerejista ezimbini.

Uluhlu 3-2. Isiganeko soFakelo loNikezo

Kancinci Isiganeko Igama Inkcazo yesiganeko
0 NA Ngalo lonke ixesha 0
1 Isiganeko se-OSS
  • 0 = Akukho siganeko
  • 1 = Kwenzeke isiganeko
  • (Reg 0x00, bit 2 nayo isetwe ngenxa yesiganeko seOSS)
2 IZibuko ezi-4-Ngaphaya koMnyhadala waMandla (IZibuko 1 kunye nesi-2)
  • 0 = Akukho siganeko
  • 1 = Ngaphezu kwamandla esiganeko senzeka (Reg 0x00, bit 5 nayo isetiwe)
3 IZibuko ezi-4-Ngaphaya koMnyhadala waMandla (IZibuko 3 kunye nesi-4)
  • 0 = Akukho siganeko
  • 1 = Ngaphezu kwamandla esiganeko senzeka (Reg 0x00, bit 5 nayo isetiwe)
4 VPHAMBILI iphantsi kakhulu
  • 0 = Akukho siganeko
  • 1 = VPHAMBILI ingaphantsi komda ophantsi
5 VDD isilumkiso esiphantsi kakhulu
  • 0 = Akukho siganeko
  • 1 = VDD ungaphantsi komda wesilumkiso osezantsi (2.7 VDC)
6 VDD ukusilela okuphantsi kakhulu
  • 0 = Akukho siganeko
  • 1 = VDD ungaphantsi komda wokungaphumeleli osezantsi (2.4 VDC, i-PoE ivaliwe)
7 Ngaphezulu kweqondo lobushushu
  • 0 = Akukho siganeko
  • 1 = Iqondo lobushushu liyagqitha isicwangciso

Iirejista zesimo (0x0C ukuya ku-0x11)
Ezi rejista ezine ezibonelela ngemeko yokukhangela i-port zidweliswe kwiThebhile 3-3, kwaye ulwahlulo olufunyenweyo lwangempela ludweliswe kwiThebhile 3-4. Ezi rejista zifundwa kuphela.

  • I-0x0C: I-Port 1 yokufunyanwa kweSimo / uHlelo olufunyenweyo
  • I-0x0D: I-Port 2 yokufunyanwa kweSimo / uHlelo olufunyenweyo
  • 0x0E: IsiGaba sesi-3 sokuFunyaniswa koBume/uHlelo oluFundiweyo
  • I-0x0F: I-Port 3 yokufunyanwa kweSimo / uHlelo olufunyenweyo
  • Irejista nganye yahlulwe ibe ngamasuntswana okubona ubume kunye nobume beklasi obuceliweyo.

Uluhlu 3-3. Isimo Sokuchongwa (Amasuntswana 0…3)

Ixabiso Bin/Hex Isimo sokuFumana
0000b/0x0 Ayaziwa: ixabiso le-POR
0001b/0x1 Intambo emfutshane
0010b/0x2 Izibuko lihlawulwe kwangaphambili
0011b/0x3 Isichasi siphantsi kakhulu
0100b/0x4 Ukufunyanwa okusebenzayo kwe-IEEE® 802.3bt
0101b/0x5 Isichasi siphezulu kakhulu
0110b/0x6 Izibuko livuliwe/alinanto
0111b/0x7 Umthamo wangaphandletage ifunyenwe kwizibuko
Ixabiso Bin/Hex Isimo sokuFumana
1110b/0x14 MOSFET_FAULT

Uluhlu 3-4. Ubume beKlasi eceliweyo (Amasuntswana 4…7)

Ixabiso Bin/Hex Celiwe Iklasi Ubume
0000b/0x0 Ayaziwa: ixabiso le-POR
0001b/0x1 Iklasi yesi-1
0010b/0x2 Iklasi yesi-2
0011b/0x3 Iklasi yesi-3
0100b/0x4 Iklasi yesi-4
0101b/0x5 Igciniwe: Iphathwe njengeklasi 0
0110b/0x6 Iklasi yesi-0
0111b/0x7 Ngaphezulu okwangoku
1000b/0x8 Iklasi ye-5 4P SS
1001b/0x9 Iklasi ye-6 4P SS
1010b/0xA Iklasi ye-7 4P SS
1011b/0xB Iklasi ye-8 4P SS
1100b/0xC Udidi lwesi-4 + (izibuko le-PSE lilinganiselwe kuhlahlo lwabiwo-mali lwamandla oku-1)
1101b/0xD Iklasi ye-5 4P DS
1110b/0xE Igciniwe
1111b/0xF Ukungahambelani kokuhlelwa

Amanqaku: 

  • SS = Umsayino omnye
  • DS = Umsayino oMbini

0x10—Amandla okunika amandla/amandla alungile

  • Amandla kancinane okwenza (amasuntswana 0..3, isuntswana kwizibuko ngalinye) icwangciswa xa izibuko likwinkqubo yokwenyusa amandla.
  • I-bits yeNdawo eLungileyo yaMandla (iibits 4..7, isuntswana kwizibuko ngalinye) imele izibuko lonikezelo lwamandla, emva kokuba ivulwe ngempumelelo.
  • Le rejista idityaniswe kwiirejista zesiganeko 0x02/0x03.
  • Amasuntswana 0…3 Amandla avuleleke
  •  0 = Izibuko alikho kwinkqubo yokunyusa amandla
  • 1 = Izibuko likwinkqubo yokunika amandla
  • Bits 4…7 Amandla alungile
  • 0 = Isibuko sicimile
  •  1 = Isibuko sinikwe amandla ngempumelelo

0x11—I2C Isimo

  • Iibhithi 3…6 zibonelela ngexabiso leephini A1…A4 (izikhonkwane 48..51), ezibeka idilesi ye-I2C yazo zombini iiquads.

Iirejista zoqwalaselo (0x12 ukuya ku-0x19 kunye 0x27/0x28) 0x12—Useto lweMowudi yokuSebenza kwePort

  • Le rejista ifundeka / ibhale, ukuseta zonke izibuko ezi-4 ngokweThebhile 3-5. Amasuntswana ama-2 amisela izibuko ngokweTheyibhile 3-5:
    • Amasuntswana 0..1 iseti izibuko 1
    • Amasuntswana 2..3 iseti izibuko 2
    • Amasuntswana 4..5 iseti izibuko 3
    • Amasuntswana 6..7 iseti izibuko 4

Itheyibhile 3-5. Imowudi yokuSebenza kweZibuko

Imowudi yokuSebenza kweZibuko Inkcazo Ixabiso
Khubaza Nawuphi na umsebenzi we-PoE uvaliwe (ukubona, ukuhlelwa, amandla). 00b
Ukuzimela
  • I-PSE yenziwe yasebenza.
  • Ukufunyanwa, ukuhlelwa, amandla-phezulu, kunye namandla alungiswa ngokuzenzekelayo.
 11b
  • 0x15—Isibuko esiPhambili
  • Le rejista iyafundwa/iyabhalwa.
  • Amasuntswana 0..3 kufuneka amiselwe ku-0.
  • Amasuntswana 4..7 abekwe ukuba izibuko lenziwa yi-OSS pin:
    • I-Bit 4 ibeka izibuko 1
    • I-Bit 5 ibeka izibuko 2
    • I-Bit 6 ibeka izibuko 3
    • I-Bit 7 ibeka izibuko 4
  • Xa isuntswana imiselwe ku-0, izibuko aliqhawulwa ngenxa yotshintsho lwenqanaba le-OSS. Xa isuntswana imiselwe ku-1, amandla eso sibuko ayasuswa ngexesha lotshintsho lwe-OSS. 0x17—Ezinye
  • Le rejista iyafundeka/ibhalwe, kufuneka kumiselwe intwana yesi-4 kuphela.
  • I-Bit 4 yenza imo ye-OSS:
    • 0 = Imowudi ye-OSS yintwana enye
    • 1 = I-OSS inamasuntswana amaninzi
  • 0x19—Iqhosha lokutyhala laMandla
  • Le rejista iyafundwa/iyabhalwa.
  • Amasuntswana 4..7 asetyenziselwa ukukhubaza okomzuzwana umsebenzi we-PoE wamazibuko, kancinci kwizibuko ngalinye. Emva koko izibuko liya kuqhubeka nomsebenzi walo kwirejista nganye 0x14
    • 0 = Ayenzi nto.
    • 1 = Izibuko licinyiwe okomzuzwana. Emva kwesenzo, i-bit iya kucocwa ngaphakathi. Emva kwesenzo, i-bit iya kucocwa ngaphakathi.
  • Isuntswana kwizibuko ngalinye:
    • I-Bit 4 ibeka izibuko 1
    • I-Bit 5 ibeka izibuko 2
    • I-Bit 6 ibeka izibuko 3
    • I-Bit 7 ibeka izibuko 4

0x27/0x28—I-Multi-Bit ePhambili

  • Ezi rejista zi-2 ziyafundwa/zibhalwa, yintwana yesi-4 kuphela ekufuneka imiselwe, zonke ezinye iibhithi mazigcinwe njengezingagqibekanga.
  • Kwirejista nganye, ukubekwa phambili kwamachweba amabini, amanqanaba e-8 ephambili, ngelixa i-7 yeyona nto iphambili, kwaye i-0 iphantsi kakhulu.
  • Bhalisa i-0x27 ibeka i-priority yezibuko 1, 2.
  • Bhalisa i-0x28 ibeka izibuko 3, 4.
  • Iirejista ngokubanzi (0x1B kunye 0x1C)

0x1B—ID yoMveliso kunye neChip IC

  • Le rejista ifundwa kuphela.
  • Ixabiso lerejista ngu-0x2D (00101101b).

I-0x1C-I-AutoClass kunye nesiphumo sokuHlola uQhagamshelwano

  • Le rejista ifundwa kuphela.
  • Amasuntswana 0...1 abonelela ngesiphumo sokutshekishwa koqhagamshelo lwe-port yokuqala ye-4 (izibuko 1 kunye ne-2), kwiThebhile 3-6.
  • I-Bits 2 ... i-3 ibonelela ngesiphumo sokutshekisha uxhulumaniso lwesibini se-4-port port (ii-ports 3 kunye ne-4), kwiThebhile 3-6.

Uluhlu 3-6. Qhagamshela isiphumo sokuHlola

Ixabiso Qhagamshela isiphumo sokuHlola
0x0 Ayaziwa okanye ayiphelelanga.
0x1 4-isibini umsayino omnye.
0x2 Isiginitsha ezibini ezi-4.
0x3 Ukhangelo loqhagamshelwano olungalunganga, okanye umsayino ongasebenziyo ufunyenwe kwenye yeeseti ezimbini.

Amasuntswana 4…7 Bonisa ukuba iPD eqhagamshelweyo ixhasa i-AutoClass:

  • 0 = PD ayixhasi i-AutoClass
  • 1 = PD ixhasa i-AutoClass

Kancinci kwizibuko ngalinye:

  • I-Bit 4 ibeka izibuko 1
  • I-Bit 5 ibeka izibuko 2
  • I-Bit 6 ibeka izibuko 3
  •  I-Bit 7 ibeka izibuko 4
    Qaphela: I isiphumo semilinganiselo ye-AutoClass ifundwa kwiirejista 0x51 ukuya kwi-0x54.

Iirejista ezikhethekileyo (0x24 ukuya ku-0x2F) 0x24/0x25—Amandla kwimpazamo

  • Ezi rejista zimbini zibonisa impazamo ngexesha lombane ngokulandelelana (ukufunyanwa, ukuhlelwa, okanye ukungonelanga kwamandla).
  • Bhalisa 0x24 yirejista efundwayo kuphela.
  • Bhalisa 0x25 yirejista yeCOR; xa ifundwa, zombini iirejista 0x24 kunye 0x25 ziyacinywa.

Izibuko ngalinye limelwe ngamasuntswana ama-2, njengoko kubonwa kwiThebhile 3-8:

  • Amasuntswana 0..1 amele izibuko 1
  • Amasuntswana 2..3 amele izibuko 2
  • Amasuntswana 4..5 amele izibuko 3
  • Amasuntswana 6..7 amele izibuko 4

Uluhlu 3-7. Amandla kwisiphumo semposiso

Ixabiso Amandla kwiNkcazelo yokusilela
0x0 Akukho kusilela
0x1 Ubhaqo olungasebenziyo
0x2 Uluhlu olungasebenziyo
0x3 Amandla angonelanga

0x26—Izibuko zeMatrix (Imephu)

  • Le rejista iyafundeka/ibhalwe, ijonge ukuphinda icwangcise i-matrix yezibuko ngokwahlukileyo kune-matrix engagqibekanga (0xE4).
  • Ukuba irejista ayilungiswanga ngumsebenzisi, i-port matrix engagqibekanga iboniswa kwiTheyibhile 3-8.

Izibuko ngalinye limelwe ngamasuntswana ama-2:

  • Amasuntswana 0..1 amele izibuko eliqiqileyo 1
  • Amasuntswana 2..3 amele izibuko eliqiqileyo 2
  • Amasuntswana 4..5 amele izibuko eliqiqileyo 3
  • Amasuntswana 6..7 amele izibuko eliqiqileyo 4

Uluhlu 3-8. IPort Matrix ehlala ikho

Amasuntswana Ixabiso Izibuko ezinengqondo Ngokwasemzimbeni Izibuko
0..1 0 (00b) 1 1
2..3 1 (01b) 2 2
4..5 2 (10b) 3 3
6..7 3 (11b) 4 4

0x2A/0x2B—4-Pair Police Configuration

  • Ezi rejista zimbini zifundwa / zibhala, ukuseta umda wamandla wamachweba (PCUT). Bhalisa i-0x2A ibeka izibuko ezi-4 ezisekelwe kwizibuko 1 kunye ne-2.
  • Bhalisa i-0x2B icwangcisa izibuko ezi-4 ezisekwe kwizibuko lesi-3 nesi-4.
  • Le theyibhile ilandelayo idwelisa umgangatho wamandla wezibuko ezi-4.
  • Umda wamandla ulingana nePCUT = 0.5 * Ixabiso

Uluhlu 3-9. Ixabiso lePCUT

Yabelwe Iklasi Ixabiso Hex/Dec Ubuncinci bePSIKA Ukumisela (0x17 Bit 0 = 0) Ubuncinci bePSIKA Ukumisela (0x17 Bit 0 = 1)
Iklasi yesi-0 0x22 (34d) 15.5W 17W
Iklasi yesi-1 0x08 (8d) 4W 17W
Iklasi yesi-2 0x0E (14d) 7W 17W
Iklasi yesi-3 0x22 (34d) 15.5W 17W
Iklasi yesi-4 0x40 (64d) 30W 32W
Yabelwe Iklasi Ixabiso Hex/Dec Ubuncinci bePSIKA Ukumisela (0x17 Bit 0 = 0) Ubuncinci bePSIKA Ukumisela(0x17 Bit 0 = 1)
Udidi 5—4P SS 0x5A (90d) 45W 45W
Udidi 6—4P SS 0x78 (120d) 60W 60W
Udidi 7—4P SS 0x96 (150d) 75W 75W
Udidi 8—4P SS 0xB4 (180d) 90W 90W
Udidi 4+—Udidi loku-1 lulinganiselwe 0x22 (34d) 15.5W 17W
Nayiphi na i-4P DS PD 0xB4 (180d) 90W 90W

0x2C-Ubushushu beChip
Le yirejista yokufunda kuphela ebonelela ngobushushu bokufa, ngokusekwe kule fomula ilandelayo: 367 − {2 * (regVal_decimal)} (iidigri zeCelsius)

0x2E/0x2F—VMAIN Umlinganiselo

  • Ezi rejista zimbini zifundwa kuphela, kwaye zibonelela ngenqanaba le-VMAIN ngamasuntswana angama-14, kunye nesisombululo se-64.4 mV ngebit.
  • Irejista 0x2E imele i-8 LSB bits yomlinganiselo.
  • Irejista 0x2F imele iibhithi ze-MSB ezi-6, iibhithi zesi-6 nesi-7 zaloo rejista azisetyenziswa.
  • Ixabiso eliphezulu linokulinganiswa ngu-61V, i-VMAIN ngaphezu kwe-61V ichazwe njenge-61V (0x3B3).
  • Example: I-VMAIN ye-55V inikezelwa njenge-0x356 (55V / 64.4 mV = 854).
  • Izibuko Voltage kunye neerejista zoMlinganiselo zangoku (0x30 ukuya ku-0x3F)
  • IVoltage kunye nezangoku kwizibuko ngalinye zibonelelwa ngeerejista ezine (ezimbini zezibuko voltage kunye nezimbini zangoku).
  • Iirejista ezimbini zangoku kwizibuko ngalinye zibonelela ngenqanaba langoku ngamasuntswana angama-14, kunye nesisombululo se-1 mA nge-LSB. Ixabiso eliphezulu elinokulinganiswa li-1020 mA, okwangoku ngaphezu kwelo nqanaba lichazwe njenge-1020 mA (0x3FC).
  • Imiqulu emibinitagiirejista kwizibuko ngalinye zibonelela ngomthamotage inqanaba ngamasuntswana ali-14, kunye nesisombululo se-64.4 mV nge-LSB nganye. Ixabiso eliphezulu linokulinganiswa ngu-61V, voltage ngaphezu kwelo nqanaba lichazwe njenge-61V (0x3B3).

0x30/0x31—Port 1 Umlinganiselo wangoku

  • Irejista 0x30 imele i-8 LSB bits yomlinganiselo.
  • Irejista 0x31 imele iibhithi ze-MSB ezi-6, iibhithi 6 kunye ne-7 zaloo rejista azisetyenziswanga. 0x32/0x33—Izibuko 1 Voltage Umlinganiselo
  • Irejista 0x30 imele i-8 LSB bits yomlinganiselo.
  • Irejista 0x31 imele iibhithi ze-MSB ezi-6, iibhithi 6 kunye ne-7 zaloo rejista azisetyenziswanga. 0x34/0x35—Port 2 Umlinganiselo wangoku
  • Irejista 0x30 imele i-8 LSB bits yomlinganiselo.
  • Irejista 0x31 imele iibhithi ze-MSB ezi-6, iibhithi 6 kunye ne-7 zaloo rejista azisetyenziswanga. 0x36/0x37—Izibuko 2 Voltage Umlinganiselo
  • Irejista 0x30 imele i-8 LSB bits yomlinganiselo.
  • Irejista 0x31 imele iibhithi ze-MSB ezi-6, iibhithi 6 kunye ne-7 zaloo rejista azisetyenziswa.

0x38/0x39—Port 3 Umlinganiselo wangoku

  • Irejista 0x30 imele i-8 LSB bits yomlinganiselo.
  • Irejista 0x31 imele iibhithi ze-MSB ezi-6, iibhithi 6 kunye ne-7 zaloo rejista azisetyenziswa. 0x3A/0x3B—Izibuko 3 Voltage Umlinganiselo
  • Irejista 0x30 imele i-8 LSB bits yomlinganiselo.
  • Irejista 0x31 imele iibhithi ze-MSB ezi-6, iibhithi 6 kunye ne-7 zaloo rejista azisetyenziswa. 0x3C/0x3D—Port 4 Umlinganiselo wangoku
  • Irejista 0x30 imele i-8 LSB bits yomlinganiselo.
  • Irejista 0x31 imele iibhithi ze-MSB ezi-6, iibhithi 6 kunye ne-7 zaloo rejista azisetyenziswa. 0x3E/0x3F—Izibuko 4 Voltage Umlinganiselo
  • Irejista 0x30 imele i-8 LSB bits yomlinganiselo.
  • Irejista 0x31 imele iibhithi ze-MSB ezi-6, iibhithi 6 kunye ne-7 zaloo rejista azisetyenziswa.
  • Irejista yoLawulo lwePort Inrush yangoku (0x40)

0x40-Inrush Current Control
Kuphela amasuntswana 0–3 asebenzayo, amasuntswana 4–7 awasetyenziswa.

Isuntswana ngalinye limisela izibuko:

  • I-Bit 0 ibeka izibuko 1
  • I-Bit 1 ibeka izibuko 2
  • I-Bit 2 ibeka izibuko 3
  • I-Bit 3 ibeka izibuko 4
  • 0: Ukuba ekupheleni kwexesha lokuqala-up inrush yangoku isephezulu, izibuko alixhotyiswanga.
  • 1: Ukuba ekupheleni kwexesha lokuqala-up inrush yangoku isephezulu, izibuko amandla up ngokuqhelekileyo.
  • Inguqulelo yeFirmware kunye neerejista ze-ID yeChip (0x41 kunye ne-0x43)

0x41—Uguqulelo lweFirmware

  • Le rejista ifundwa kuphela.
  • Ngenguqulelo yamva nje, qhagamshelana neMicrochip.
  • 0x43—Inguqulelo yeSilicon kunye neChip ID
  • Le rejista ifundwa kuphela.
  • Amasuntswana 0…4 bonisa i-ID yetshiphu.
  • Amasuntswana 5…7 abonisa inguqulelo yesilicon.
  • Ngenguqulelo yamva nje, qhagamshelana neMicrochip.
  • Iirejista zoMlinganiso weSiginitsha (0x44 ukuya ku-0x4B)

0x44–0x47—Umsayino oLinganisiweyo wokuchasa

  • Ezi rejista zine zifundwa kuphela, kwaye zibonelela ngokumelana nokulinganiswa ngexesha lokukhangela utyikityo.
  • Bhalisa ngezibuko ngalinye, 256Ω bit nge (480Ω ngokufutshane, 65280Ω ubuninzi).
  • 0x48–0x4B—Isakhono esiLinganisiweyo soMsayino
  • Ukubhaliswa kokuSebenza Ezi rejista zine zifundwa kuphela, kwaye zibonelela ngesakhono esilinganisiweyo ngexesha lokubhaqwa kotyikityo.
  • Bhalisa kwizibuko ngalinye, ngesisombululo se-64 nF bit ngalinye.

Iirejista zobume boHlelo lweZibuko (0x4C ukuya ku-0x4F)
Ezi rejista zine zifundwa kuphela kwaye zibonelela ngeklasi eceliweyo yePD kunye neklasi eyabelwe izibuko. Le theyibhile ilandelayo idwelisa amaxabiso omabini (aceliweyo nawabelweyo).

Uluhlu 3-10. Imilinganiselo eceliweyo neYabelweyo

Ixabiso le Celiwe kwaye Yabelwe Amasuntswana Iklasi Ubume
0 0 0 0 Akwaziwa
0 0 0 1 Iklasi yesi-1
0 0 1 0 Iklasi yesi-2
0 0 1 1 Iklasi yesi-3
0 1 0 0 Iklasi yesi-4
0 1 0 1 NA
0 1 1 0 Iklasi yesi-0
0 1 1 1 NA
1 0 0 0 Udidi lwe-5-4-Iqela le-SS
1 0 0 1 Udidi 6—4Isibini seSS
1 0 1 0 Udidi lwe-7-4-Iqela le-SS
1 0 1 1 Udidi lwe-8 -4-Iqela le-SS
1 1 0 0 NA
1 1 0 1 Iklasi 5-4-Isibini i-DS
1 1 1 0 NA
1 1 1 1 NA

Amanqaku: 

  • SS = Umsayino omnye; DS = Umsayino oMbini.
  • Ukuba i-PSE inohlahlo lwabiwo-mali olulinganiselweyo kwaye ayikwazi ukunika amandla iPD ewacelayo, iklasi eyabelwe izibuko inokuba ngaphantsi kunodidi oluceliweyo lwePD.

0x4C-Port 1 Class Isimo

  • Amasuntswana 0…3 abonelela ngeklasi eceliweyo yePD. Amasuntswana 4…7 abonelela ngeklasi eyabelwe izibuko. 0x4D-Port 2 Class Isimo
  • Amasuntswana 0…3 abonelela ngeklasi eceliweyo yePD. Amasuntswana 4…7 abonelela ngeklasi eyabelwe izibuko. 0x4E-Port 3 Class Isimo
  • Amasuntswana 0…3 abonelela ngeklasi eceliweyo yePD. Amasuntswana 4…7 abonelela ngeklasi eyabelwe izibuko. 0x4F-Port 4 Class Isimo
  • Amasuntswana 0…3 abonelela ngeklasi eceliweyo yePD. Amasuntswana 4…7 abonelela ngeklasi eyabelwe izibuko.

 Iirejista zesimo se-AutoClass (0x51 ukuya ku-0x54)

  • Ezi rejista zine zifundwa kuphela kwaye zibonelela ngomlinganiselo we-AutoClass kunye nesimo.
  • I-Bits 0 ... i-6 inikezela amandla alinganiswe ngexesha le-AutoClass stage, kunye nesisombululo se-0.5W nge-LSB nganye. I-Bit 7 ibonelela ngemo ye-AutoClass:
  • 0 = Umlinganiselo akwenziwanga.
  • 1 = Ukulinganisa kwe-AutoClass kwagqitywa. 0x51-Port 1 AutoClass Isimo
    • Amasuntswana 0…6 yiklasi eceliweyo yePD.
    • I-Bit 7 yimo ye-AutoClass.
  • 0x52-Port 2 AutoClass Isimo
    • Amasuntswana 0…6 yiklasi eceliweyo yePD.
    • I-Bit 7 yimo ye-AutoClass.
  • 0x53-Port 3 AutoClass Isimo
    • Amasuntswana 0…6 yiklasi eceliweyo yePD.
    • I-Bit 7 yimo ye-AutoClass.
  • 0x53-Port 3 AutoClass Isimo
    • Amasuntswana 0…6 yiklasi eceliweyo yePD.
    • I-Bit 7 yimo ye-AutoClass.

 Imbali yohlaziyo

Imbali yohlaziyo ichaza utshintsho oluthe lwaphunyezwa kuxwebhu. Ezi nguqulelo zidweliswe ngohlaziyo, kuqalwa kolona papasho lwangoku.

Uhlaziyo Umhla Inkcazo
B 4/2023 Icandelo elongeziweyo 1. I-Automode Operational Flowchart kwaye Umfanekiso 1-1
A 04/2023 Uhlaziyo lokuqala

Ulwazi lweMicrochip

  • I Microchip Webindawo
    I-Microchip ibonelela ngenkxaso ye-intanethi ngokusebenzisa yethu webindawo kwi www.microchip.com . Oku webindawo isetyenziselwa ukwenza files kunye nolwazi olufumaneka lula kubathengi. Eminye imixholo ekhoyo iquka:
    •  Inkxaso yeMveliso - Amaxwebhu eDatha kunye neerrata, amanqaku esicelo kunye ne-sampiinkqubo, izixhobo zoyilo, izikhokelo zabasebenzisi kunye namaxwebhu enkxaso yehardware, ukukhutshwa kwesoftware yamva nje kunye nesoftware egciniweyo
    • Inkxaso yezobuGcisa ngokuBanzi-Imibuzo eQhwayo (FAQs), izicelo zenkxaso yobugcisa, amaqela eengxoxo kwi-intanethi, uluhlu lwamalungu enkqubo yoyilo lweMicrochip
    • Ishishini leMicrochip - Umkhethi weMveliso kunye nezikhokelo zokuodola, ushicilelo lwamva nje lweMicrochip, uluhlu lweesemina kunye nemisitho, uluhlu lweeofisi zentengiso yeMicrochip, abasasazi kunye nabameli befektri.
  • Inkonzo yesaziso soTshintsho kwimveliso
  • Inkonzo yesaziso yokutshintsha imveliso yeMicrochip inceda ukugcina abathengi bangoku kwiimveliso zeMicrochip. Ababhalisi baya kufumana isaziso se-imeyile nanini na kukho utshintsho, uhlaziyo, uhlaziyo okanye iimpazamo ezinxulumene nosapho lwemveliso ethile okanye isixhobo sophuhliso esinomdla.
  • Ukubhalisa, yiya ku www.microchip.com/pcn kwaye ulandele imiyalelo yobhaliso.
  • Uxhaso lwabathengi
  • Abasebenzisi beemveliso zeMicrochip banokufumana uncedo ngeendlela ezininzi:
    • Umsasazi okanye uMmeli
    • I-Ofisi yoThengiso yasekuhlaleni
    • Embedded Solutions Engineer (ESE)
    • Uxhaso lobuchwepheshe
  • Abathengi kufuneka baqhagamshelane nomthengisi wabo, ummeli okanye i-ESE ngenkxaso. Iiofisi zeentengiso zasekuhlaleni zikwafumaneka ukunceda abathengi. Uluhlu lweeofisi zokuthengisa kunye neendawo zibandakanyiwe kolu xwebhu.
  • Inkxaso yobugcisa ifumaneka nge webindawo e: www.microchip.com/support
  • Microchip Devices Code Protection Feature
  • Qaphela ezi nkcukacha zilandelayo zenqaku lokhuseleko lwekhowudi kwiimveliso zeMicrochip:
    • Iimveliso zeMicrochip ziyahlangabezana nemigaqo equlethwe kwiMicrochip Data Sheet yazo.
    • IMicrochip ikholelwa ukuba usapho lwayo lweemveliso lukhuselekile xa lusetyenziswa ngendlela ecetywayo, ngokwemigaqo yokusebenza, naphantsi kweemeko eziqhelekileyo.
    • Ixabiso leMicrochip kwaye likhusela ngokungqongqo amalungelo epropathi enomgangatho ophezulu wokuqonda. Iinzame zokwaphula ikhowudi yokukhusela iimpawu zeMicrochip zithintelwe ngokungqongqo kwaye zinokwaphula umthetho weDigital Millennium Copyright Act.
    • Ayikho i-Microchip okanye nawuphi na umenzi we-semiconductor onokuqinisekisa ukhuseleko lwekhowudi yayo. Ukukhuselwa kwekhowudi akuthethi ukuba siqinisekisa ukuba imveliso "ayinakwaphulwa". Ukhuseleko lwekhowudi luhlala luvela. I-Microchip izinikele ekuphuculeni ngokuqhubekayo iimpawu zokukhusela ikhowudi kwiimveliso zethu.
  • Isaziso soMthetho
  • Olu papasho kunye nolwazi olulapha lunokusetyenziswa kuphela ngeemveliso zeMicrochip, kubandakanywa ukuyila, ukuvavanya, kunye nokudibanisa iimveliso zeMicrochip kunye nesicelo sakho. Ukusetyenziswa kolu lwazi ngayo nayiphi na enye indlela kwaphula le migaqo. Ulwazi malunga nosetyenziso lwesixhobo lunikezelwa kuphela ukulungiselela wena kwaye lunokuthi luthathelwe indawo luhlaziyo. Luxanduva lwakho ukuqinisekisa ukuba isicelo sakho siyadibana neenkcukacha zakho. Qhagamshelana neofisi yakho yentengiso yeMicrochip yengingqi ngenkxaso eyongezelelweyo okanye, ufumane inkxaso eyongezelelweyo kwi www.microchip.com/en-us/support/design-help/client-support-services.
  • OLU LWAZI LUBONWA NGE-MICROCHIP “NJENGOKO ZINJALO”. I-MICROCHIP AYENZA Mmeli OKANYE IZIQINISEKISO ZALO NALUPHI UHLOBO, OKANYE INGCACILEYO OKANYE IYATHENWA, IYABHALWA OKANYE NGOMLOMO, NGOMTHETHO OKANYE NGOLUNYE, ENXULUMENE NOLWAZI KUBANDAKANYA KODWA AYIMDALWA KUSO NAsiphi na ISIQINISEKISO SOKUBANISWA, UKUFANELEKILEYO NGENJONGO ETHILE, OKANYE IZIQINISEKISO EZINXULUMENE NEMEKO, UMGANGATHO, OKANYE UKUSEBENZA KWAYO.
  • AKUKHO SIGANEKO IYA KUTHWATHWA NALUPHI NA I-MICROCHIP ESIYA KUTHWALA NGALO NALUPHI NA ULWAZI, OLUKHETHEKILEYO, LWESOHLWAYO, NGESIGANEKO, OKANYE OKUPHUMELELE Ilahleko, UMONAKALO, IINDLEKO, OKANYE INKCITHO YALO NOLUPHI NA UHLOBO ELUYANXULUMENE NOLWAZI OKANYE UKUSETYENZISWA KWALO, NANGONA INGCACISO, NANGENZWENI. OKUSEKO OKANYE UMONAKALO UYABONAKALA. NGOKUPHELELEYO UXANDUVA LUVUMELEKILEYO YOMTHETHO, UXANDUVA LWONKE LUKA-MICROCHIP KUWO WONKE AMABANGO NGAYO NAYIPHI NA IINDLELA ENXULUMENE NOLWAZI OKANYE.
  • UKUSETYENZISWA KWAYO AKUYI KUGQIBELA ISIXA SOMRHUMO, UKUBA NAKHO, UKUBA UHLAWULE NGQO KWI-MICROCHIP ULWAZI.
  • Ukusetyenziswa kwezixhobo zeMicrochip kwinkxaso yobomi kunye / okanye izicelo zokhuseleko ngokupheleleyo kumngcipheko womthengi, kwaye umthengi uyavuma ukukhusela, ukuhlawulela kwaye ubambe iMicrochip engenabungozi kuyo nayiphi na kunye nawo wonke umonakalo, amabango, iisuti, okanye iindleko ezibangelwa kukusetyenziswa okunjalo. Akukho zilayisenisi zigqithiswayo, ngokungafihlisiyo okanye ngenye indlela, phantsi kwawo nawaphi na amalungelo epropathi yemveliso yeMicrochip ngaphandle kokuba kuchazwe ngenye indlela.

Iimpawu zokuthengisa

  • Igama leMicrochip kunye nelogo, ilogo yeMicrochip, iAdaptec, iAVR, ilogo yeAVR, iAVR Freaks, iBesTime, iBitCloud, iCryptoMemory, iCryptoRF, dsPIC, flexPWR, HELDO, IGLOO, JukeBlox, KeeLoq, Kleer, LANCheck, LinkMD, maXStylus MediaLB, megaAVR, Microsemi, Microsemi logo, MOST, MOST logo, MPLAB, OptoLyzer, PIC, picoPower, PICSTART, PIC32 logo, PolarFire, Prochip Designer, QTouch, SAM-BA, SenGenuity, SpyNIC, SST, SST Logo, SuperFlash, Symmetri , SyncServer, Tachyon, TimeSource, tinyAVR, UNI/O, Vectron, kunye neXMEGA ziimpawu zorhwebo ezibhalisiweyo zeMicrochip Technology Incorporated e-USA nakwamanye amazwe.
  • I-AgileSwitch, i-APT, i-ClockWorks, i-Embedded Control Solutions Company, i-EtherSynch, i-Flashtec, i-Speed ​​​​Speed ​​Control, i-HyperLight Load, i-Libero, i-motorBench, i-mTouch, i-Powermite 3, i-Precision Edge, i-ProASIC, i-ProASIC Plus, i-logo ye-ProASIC Plus, i-Quiet-Wire, i-SmartFusion, SyncWorld, Temux, TimeCesium, TimeHub, TimePictra, TimeProvider, TrueTime, kunye neZL ziimpawu zorhwebo ezibhalisiweyo zeMicrochip Technology Incorporated e-USA.
  • Uxinzelelo oluphambili olusondeleyo, i-AKS, i-Analog-for-the-Digital Age, nayiphi na i-Capacitor, i-AnyIn, i-AnyOut, i-Augmented Switching, i-BlueSky, i-BodyCom, i-Clockstudio, i-CodeGuard, i-CryptoAuthentication, i-CryptoAutomotive, i-CryptoCompanion, i-CryptoController, i-dsPICDEM, i-dsPICDEMEverage, i-DSPICDEMverage. , DAM, ECAN, Espresso T1S, EtherGREEN, GridTime, IdealBridge, In-Circuit Serial Programming, ICSP, INICnet, Intelligent Paralleling, IntelliMOS, Inter-Chip Connectivity, JitterBlocker, Knob-on-Display, KoD, maxCrypto, maxView, memBrain, Mindi, MiWi, MPASM, MPF, MPLAB Certified logo, MPLIB, MPLINK, MultiTRAK, NetDetach, Omniscient Code Generation, PICDEM, PICDEM.net, PICkit, PICtail, PowerSmart, PureSilicon, QMatrix, REAL ICE, Ripple Blocker, RTAX , RTG4, SAM- ICE, Uthotho Quad I/O, simpleMAP, SimpliPHY, SmartBuffer, SmartHLS, SMART-IS, storClad, SQI, SuperSwitcher, SuperSwitcher II, Switchtec, SynchroPHY, Total Endurance, Ixesha elithenjiweyo, TSHARC, USBCheck, VariSense, VectorBlox, VeriPHY, ViewI-Span, i-WiperLock, i-XpressConnect, kunye ne-ZENA ziimpawu zorhwebo ze-Microchip Technology Incorporated e-USA nakwamanye amazwe.
  • I-SQTP luphawu lwenkonzo ye-Microchip Technology Incorporated e-USA
  • Ilogo ye-Adaptec, Frequency on Demand, Silicon Storage Technology, kunye ne Symmcom ziimpawu zorhwebo ezibhalisiweyo ze Microchip Technology Inc. kwamanye amazwe.
  • I-GestIC luphawu lwentengiso olubhalisiweyo lwe-Microchip Technology Germany II GmbH & Co. KG, i-subsidiary ye-Microchip Technology Inc., kwamanye amazwe.
  • Zonke ezinye iimpawu zorhwebo ezikhankanywe apha ziyipropathi yeenkampani zabo. © 2023, Microchip Technology Incorporated kunye nenkxaso yayo. Onke Amalungelo Agciniwe.
  • ISBN: 978-1-6683-2380-9
  • Inkqubo yoLawulo loMgangatho
  • Ngolwazi malunga neMicrochip's Quality Management Systems, nceda undwendwele www.microchip.com/quality.

Intengiso kunye neNkonzo yeHlabathi liphela

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Isikhokelo somsebenzisi
© 2023 iMicrochip Technology Inc. kunye nenkxaso-mali yayo

Amaxwebhu / Izibonelelo

I-MICROCHIP PD77728 Imo yokuBhalisa ngokuzenzekela imephu [pdf] Incwadi Yomyalelo
DS00004761B, PD77728 Auto Mode Bhalisa Map, PD77728, PD77728 Bhalisa Imephu, Auto Mode Bhalisa Imephu, Bhalisa Imephu, Imephu

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